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GENERATORS:

Areas within industrial buildings such as machinery spaces and generator
enclosures require a high level of protection from the risk of fire.

These areas are high risk due to the high levels of oils and residues that build
up from the manufacturing process. A minor malfunction or leak in machinery
spaces can quickly turn into a serious incident so it is important to have an
effective fire suppression system.

These spaces are becoming larger as the plant and machinery spaces increase to
accommodate larger machines.

High pressure water mist is very effective at suppressing fires in these applications
and the technology works very well at reducing the heat generated from this type
of risk.

Areas within industrial buildings such as machinery spaces and generator enclosures
require a high level of protection from the risk of fire.

These areas are high risk due to the high levels of oils and residues that build
up from the manufacturing process. A minor malfunction or leak in machinery
spaces can quickly turn into a serious incident so it is important to have an effective
fire suppression system.

These spaces are becoming larger as the plant and machinery spaces increase to
accommodate larger machines.

High pressure water mist is very effective at suppressing fires in these applications
and the technology works very well at reducing the heat generated from this type of
risk. Installation is available with both a pump or cylinder system depending on the
size and scale of the protection required.

High pressure water mist is the preferred method for fire suppression of these risks
as atomising the water into a fine mist the droplets quickly convert to steam and
absorb the heat energy, quickly suppressing and controlling the fire. In this way
almost 100% of the water is used to effectively fight the fire. Once the fire has been
suppressed the droplets being discharged continue the effect by removing heat from
the fuel source (i.e. Liquid Fuel, Oil, Plastics, Fabrics, Wood, Cable and Paper etc.)
preventing re-ignition.

Additionally this leads to a localised reduction in oxygen from the flame front, which
creates a local inert atmosphere as it starves the combusting fuel of Oxygen.

Important note: This only affects the fire at the flame base and does not reduce
oxygen levels elsewhere within the risk area.

Once the fire has been extinguished the droplets of water mist being discharged
continue the cooling effect by removing heat from the fuel source (i.e. Liquid Fuel,
Oil, Plastics, Fabrics, Wood, Cable and Paper etc.) preventing re-ignition.

By utilising these methods the systems use minimal amounts of water, reducing
storage or water supply requirements, and are able to control the fire rapidly.